Introduction to Pingdingshan steel wire mesh skeleton plastic pipe, a manufacturer of Kaifeng steel wire mesh skeleton polyethylene composite pipe: steel wire mesh skeleton plastic composite pipe is produced through complex manufacturing processes by using PE over plastic steel wire mesh skeleton and thermoplastic plastics as raw materials, and then using steel wire winding mesh as the main body of pipe skeleton reinforcement. The steel wire mesh pipe uses density polymer (HDPE) as the main material, and then uses HDPE to change the bonding resin to closely connect the steel wire skeleton with the inner and outer layers of density polymer, so that it has a very composite effect. Composite: it overcomes the stress cracking of plastic pipes. Since the structure of steel and plastic materials is composite, there will be no stress that plastic pipes cannot overcome. It has the strength, rigidity and impact of ordinary pure plastic pipe, similar to the low linear expansion coefficient and creep of steel pipe; Light weight, easy installation, electric fusion joint is used for pipe connection, with strong axial tensile capacity, mature connection, pipe fitting variety and specification. Storage: Pipes shall be handled with care during transportation, loading and unloading, and shall not be severely impacted. Throwing, throwing, rolling and exposure to the sun are strictly prohibited. Soft materials should be isolated and protected at the contact between the cable and the pipe. The storage place should be flat and neatly stacked. The stacked steel mesh skeleton plastic composite pipe should be no less than 1.5m away from the heat source and no less than 5m away. It shall not be exposed to the sun. If it is stacked in the open, it shall be covered. The pipe flares shall be placed crosswise to avoid extrusion deformation. Working shaft: the position of intermediate joint shall be determined according to the length before laying the steel mesh skeleton plastic composite pipe. The joints shall be placed in the position of the work well to avoid being placed at intersections, building entrances, intersections with other pipelines or places where the terrain is narrow and inconvenient for maintenance. Excavate work wells every 120 meters to avoid excessive friction during laying or too long replacement of plastic composite pipes with wire mesh framework during maintenance. Open wells and underground wells can be adopted for the work wells according to the actual situation on site. The size of the well shall take into account the bending radius and the installation needs of the steel mesh skeleton plastic composite pipe joint, and an intermediate joint shall be made in the well.